Pin Revo Mini

Recessed downlighters with IP54 protection covering the optical compartment, designed to obtain maximum performance in the smallest size, available in fixed, single and multiple square and round versions.
Dedicated to an advanced lighting design, the new Revo optical systems are particularly suitable for environments with very high visual comfort.
Available in three optical dimensions, 4 rotosymmetrical variants per model, all responding to UGR factors <13.
Pin Revo in all its versions acquires an additional ‘high comfort’ meaning if configured with black optical cones. Equipped with ” cross ” rotosymmetrical optics, they are particularly suitable for use in projects where low luminances and photometric capabilities become crucial.

The Pin Revo Mini version with a diameter of 50mm is available in 18°, 25°, 34° beams with UGR <13 coefficients, in high color rendering, LED source quality within 2 SDCM.
The cleanliness of the projection and the refined photometric connotation make this family the ideal combination of professional performances contained in the most essential form of graphic minimalism.
Full compatibility with the most popular control systems make Pin Revo Mini the perfect tool in contexts where lighting management and scenography are crucial to the project specification.
All the square versions are configured with external frame in white or black.
The versions configured with black cones are defined as ‘High Comfort’ as they fully respect the Dark lighting parameters and UGR values <10.
The multi-optical versions allow you to use differentiated beams on the same luminaire.

Specifications

CCT	2700K 3000K 3500K 4000K
Certification	CE Compliance
Isolation class	Class III
Class F	YES
CRI	92 98
Incandescent wire	650°
Warranty	5 years
Protection class	IP20 internal compartment IP54 optical housing
Accent Lighting	Spot 16° Narrow Flood 24° Flood 36° Wide Flood 50°
Control System	1-10V CASAMBI DALI EMERGENCY PHASE CUT PUSH
Operating temperature	-10° / +35°
Lifetime	L80B10 100.000 ore
Colour Deviation	2 SDCM